Dr. Jeena Gupta is a faculty member at Lovely Professional University, Punjab, India, with over 20 years of research experience in epigenetics and diabetes. Her research encompasses metabolic memory, chronic diseases, phyto-nanomedicine for diabetes, wound healing, breast cancer, and epigenetic regulatory mechanisms, including histone post-translational modifications in regulating gene expression in diabetes and its associated complications. Dr. Gupta is an active member of several professional societies and serves on the editorial reviewer board for the Frontiers Journal of Endocrinology. She continues to contribute to her field through research, teaching, and academic service.

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• 1 Introduction to metabolic memory2 Biochemical pathways and regulation of metabolic memory3 DNA methylation mechanisms and their contribution to metabolic pathophysiology4 The central role of histone modifications in metabolic dysfunction5 MicroRNAs in metabolic syndrome and diabetes6 Epigenetics and metabolic memory7 Cardiovascular health and metabolic memory8 Obesity and metabolic memory9 Intergenerational transmission of metabolic memory10 Personalized medicine and metabolic memory11 Metabolic memory: Future outlook

Dr. Jeena Gupta is a faculty member at Lovely Professional University, Punjab, India, with over 20 years of research experience in epigenetics and diabetes. Her research encompasses metabolic memory, chronic diseases, phyto-nanomedicine for diabetes, wound healing, breast cancer, and epigenetic regulatory mechanisms, including histone post-translational modifications in regulating gene expression in diabetes and its associated complications. Dr. Gupta is an active member of several professional societies and serves on the editorial reviewer board for the Frontiers Journal of Endocrinology. She continues to contribute to her field through research, teaching, and academic service.

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• 1 Introduction to metabolic memory2 Biochemical pathways and regulation of metabolic memory3 DNA methylation mechanisms and their contribution to metabolic pathophysiology4 The central role of histone modifications in metabolic dysfunction5 MicroRNAs in metabolic syndrome and diabetes6 Epigenetics and metabolic memory7 Cardiovascular health and metabolic memory8 Obesity and metabolic memory9 Intergenerational transmission of metabolic memory10 Personalized medicine and metabolic memory11 Metabolic memory: Future outlook

Dr. Jeena Gupta is a faculty member at Lovely Professional University, Punjab, India, with over 20 years of research experience in epigenetics and diabetes. Her research encompasses metabolic memory, chronic diseases, phyto-nanomedicine for diabetes, wound healing, breast cancer, and epigenetic regulatory mechanisms, including histone post-translational modifications in regulating gene expression in diabetes and its associated complications. Dr. Gupta is an active member of several professional societies and serves on the editorial reviewer board for the Frontiers Journal of Endocrinology. She continues to contribute to her field through research, teaching, and academic service.

Select Guide Rating

• 1 Introduction to metabolic memory2 Biochemical pathways and regulation of metabolic memory3 DNA methylation mechanisms and their contribution to metabolic pathophysiology4 The central role of histone modifications in metabolic dysfunction5 MicroRNAs in metabolic syndrome and diabetes6 Epigenetics and metabolic memory7 Cardiovascular health and metabolic memory8 Obesity and metabolic memory9 Intergenerational transmission of metabolic memory10 Personalized medicine and metabolic memory11 Metabolic memory: Future outlook